Bones can resist compression because it is made up of extracellular matrix and cells. Bones are also flexible and strong.
Stress or strain on bones stimulates osteoblasts (cells that build bones).
Compression of bones refers to a condition where bones are subjected to a force that causes them to decrease in size or volume. This can occur due to excessive weight-bearing, aging, or medical conditions like osteoporosis. Compression of bones can lead to pain, fractures, and deformities if left untreated.
Sinews and tendons are tissues that connect muscles to bones and can withstand tension or stress. They are different names for the same thing, so yes, they are the same thing.
Bones are shaped like cylinders primarily for structural efficiency and strength. This cylindrical shape allows them to withstand various forces, such as compression and tension, while minimizing weight. The hollow interior, filled with bone marrow, contributes to a lighter structure without sacrificing stability. Additionally, the cylindrical shape facilitates the distribution of stress along the length of the bone, enhancing its durability during movement and weight-bearing activities.
If your car seems to be losing power, you should check the compression of the engine.A patient who has received severe burns may require a compression bandage while he heals.Osteoporosis may cause compression fractures as the bones weaken and become more fragile.The forces of tension and compression work together to make bridges strong enough to hold considerable weight.
Cranial bones develop within fibrous membranes. Cranial bone tissues are adapted to support weight and withstand the tension and stress of the skull.
Yes, there are some occupational bone changes, for instance, on the shin bones related to standing on ladders for many years with the front part of the bone leaning on the rungs.
Long bones resist breaking under stress due to their cylindrical shape, which helps distribute forces evenly across the bone. Additionally, long bones are made up of hard outer compact bone that provides strength and support, while the inner spongy bone helps absorb and dissipate energy to prevent fractures. Finally, the bone is reinforced by a network of collagen fibers that add flexibility and resistance to bending or snapping.
main effect of mechanical stress
mechanical loads on human body are: 1-compression 2-tension 3-shear 4-stress 5-strain 6-bending/bucking 7-torsion 8-combined 9-repetitive 10-acute (1,2,3 are pure forms)
Bones benefit from stress. It makes them grow stronger, as long as the stress is not sufficient to break them, of course.
no it does not .. all it does is move your bones a little. and it will not cause arthritis